4010ES
Fire Alarm
Operator’s
Manual
579-969
Rev. C
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Cautions, Warnings and Copyrights
Cautions
and
Warnings
READ AND SAVE THESE INSTRUCTIONS- Follow the instructions in this installation manual. These instructions must be
followed to avoid damage to this product and associated equipment. Product operation and reliability depend upon proper
installation.
DO NOT INSTALL ANY SIMPLEX® PRODUCT THAT APPEARS DAMAGED- Upon unpacking your Simplex product,
inspect the contents of the carton for shipping damage. If damage is apparent, immediately file a claim with the carrier and notify
an authorized Simplex product supplier.
ELECTRICAL HAZARD - Disconnect electrical field power when making any internal adjustments or repairs. All repairs should
be performed by a representative or authorized agent of your local Simplex product supplier.
STATIC HAZARD - Static electricity can damage components. Handle as follows:
• Ground yourself before opening or installing components.
• Prior to installation, keep components wrapped in anti-static material at all times.
EYE SAFETY HAZARD - Under certain fiber optic application conditions, the optical output of this device may exceed eye
safety limits. Do not use magnification (such as a microscope or other focusing equipment) when viewing the output of this device.
FCC RULES AND REGULATIONS – PART 15 - This equipment has been tested and found to comply with the limits for a Class A digital device
pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is
operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to
cause harmful interference in which case the user will be required to correct the interference at his own expense.
SYSTEM REACCEPTANCE TEST AFTER SOFTWARE CHANGES - To ensure proper system operation, this product must be tested in
accordance with NFPA-72, after any programming operation or change in site-specific software. Reacceptance testing is required after any change,
addition or deletion of system components, or after any modification, repair or adjustment to system hardware or wiring.
All components, circuits, system operations, or software functions known to be affected by a change must be 100% tested. In addition, to ensure that
other operations are not inadvertently affected, at least 10% of initiating devices that are not directly affected by the change, up to a maximum of 50
devices, must also be tested and proper system operation verified.
Copyright
© 2011-2016 Tyco Fire Protection Products. All rights reserved. All specifications and other
information shown were current as of document revision date and are subject to change without
notice.
TYCO, SIMPLEX, and the product names listed in this material are marks and/or registered marks.
Unauthorized use is strictly prohibited.
ii
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Table of Contents
Ch. 1. Basic Concepts and Operations - - - - - - - - - - - - - - - - - - - - - - - - - 1-1
Introduction............................................................................................................................ 1-1
In this Chapter ....................................................................................................................... 1-1
Basic System Description. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-2
Overview................................................................................................................................ 1-2
Normal Appearance of Operator Interface Panel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-4
Description............................................................................................................................. 1-4
Ch. 2. Alarm Conditions - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2-1
Introduction............................................................................................................................ 2-1
In this Chapter ....................................................................................................................... 2-1
Acknowledging an Alarm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-2
How the 4010ES Indicates that an Alarm has Occurred ....................................................... 2-2
Overview - Acknowledging Alarms ........................................................................................ 2-2
Globally Acknowledging Alarms ............................................................................................ 2-3
Individually Acknowledging Alarms ....................................................................................... 2-3
Silencing an Alarm. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-5
Overview................................................................................................................................ 2-5
Using the Alarm Silence Key ................................................................................................. 2-5
Resetting the System . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-6
Overview................................................................................................................................ 2-6
Resetting a System with Active Alarms ................................................................................. 2-6
Performing a Hardware Reset ............................................................................................... 2-7
Disabling a Point that Remains in Alarm. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-8
Overview................................................................................................................................ 2-8
Important Notes ..................................................................................................................... 2-8
Procedure .............................................................................................................................. 2-8
Ch. 3. Trouble Conditions- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 3-1
Introduction............................................................................................................................ 3-1
In this Chapter ....................................................................................................................... 3-1
Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-2
How the 4010ES Indicates the Presence of a Trouble .......................................................... 3-2
What Acknowledge Does ...................................................................................................... 3-2
Global Versus Individual Acknowledge ................................................................................. 3-2
Trouble Indications for TrueAlarm Sensors ........................................................................... 3-3
What to do when TrueAlarm Troubles Occur ........................................................................ 3-3
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Acknowledging Troubles . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-4
Globally Acknowledging Troubles ......................................................................................... 3-4
Individually Acknowledging Troubles..................................................................................... 3-4
If the Trouble Doesn’t Clear . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-6
Overview................................................................................................................................ 3-6
System Reset Key ................................................................................................................. 3-6
Disabling a Point with a Trouble Condition ............................................................................ 3-6
Ch. 4. Supervisory Conditions - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4-1
Introduction............................................................................................................................ 4-1
In this Chapter ....................................................................................................................... 4-1
Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-2
How the 4010ES Indicates the Presence of a Supervisory Condition ................................... 4-2
What Acknowledge Does ...................................................................................................... 4-2
Acknowledging Supervisory Conditions. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-3
Globally Acknowledging Supervisory Conditions .................................................................. 4-3
Individually Acknowledging Supervisory Conditions.............................................................. 4-3
Ch. 5. Selecting Points for Status and Control - - - - - - - - - - - - - - - - - - - 5-1
Introduction............................................................................................................................ 5-1
In this Chapter ....................................................................................................................... 5-1
Selecting Points from Alarm, Trouble, Supervisory List . . . . . . . . . . . . . . . . . . . . . . . . 5-2
Procedure .............................................................................................................................. 5-2
Selecting Points from the Menu . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-3
Procedure .............................................................................................................................. 5-3
Selecting Points with the Entry Keypad . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-4
Overview................................................................................................................................ 5-4
Selecting Points..................................................................................................................... 5-4
Ch. 6. Advanced Functions- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 6-1
Introduction............................................................................................................................ 6-1
In this Chapter ....................................................................................................................... 6-1
Logging In and Out of the System . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-2
Introduction............................................................................................................................ 6-2
Log In Procedure ................................................................................................................... 6-2
Log Out Procedure ................................................................................................................ 6-3
Setting System Time and Date . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-4
Procedure .............................................................................................................................. 6-4
Viewing the Time at which an Event Occurred . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-5
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Overview................................................................................................................................ 6-5
Procedure .............................................................................................................................. 6-5
Enabling and Disabling Points . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-6
Overview................................................................................................................................ 6-6
Procedure .............................................................................................................................. 6-6
Forcing Points On and Off . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-7
Overview................................................................................................................................ 6-7
Forcing Points ON and OFF .................................................................................................. 6-7
Returning a Point to Automatic Operation ............................................................................. 6-7
Displaying and Clearing Historical Logs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-8
Overview................................................................................................................................ 6-8
Displaying/Clearing Historical Logs ....................................................................................... 6-8
Printing Reports. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-9
Overview................................................................................................................................ 6-9
Procedure ............................................................................................................................ 6-10
Ch. 7. System Test Procedures- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 7-1
Introduction............................................................................................................................ 7-1
In this Chapter ....................................................................................................................... 7-1
Lamp Test / Tone Alert Test . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-2
Overview................................................................................................................................ 7-2
Performing a Lamp Test ........................................................................................................ 7-2
Testing the Tone-Alert ........................................................................................................... 7-2
WalkTest Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-3
Overview................................................................................................................................ 7-3
Important Notes ..................................................................................................................... 7-3
Setting WalkTest Options . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-4
Enabling WalkTest for a Group ............................................................................................. 7-4
Setting Options ...................................................................................................................... 7-4
TrueNAC Voltage Drop Test . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-5
Overview................................................................................................................................ 7-5
Accessing the TrueNAC Voltage Drop Test .......................................................................... 7-5
Testing all TrueAlert Power Supply’s SLCs ........................................................................... 7-6
Testing each TrueAlert Power Supply’s SLC ........................................................................ 7-7
The TrueNAC Report............................................................................................................. 7-8
TrueNAC Report Samples ..................................................................................................... 7-8
Disable IDNET CO Algorithms . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-11
Overview.............................................................................................................................. 7-11
Disable IDNET CO Algorithms without WalkTest Enabled .................................................. 7-12
Disable IDNET CO Algorithms with WalkTest Enabled ....................................................... 7-12
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Chapter 1
Basic Concepts and Operations
Introduction
This chapter provides an overview of the 4010ES operator interface panel and describes the normal
appearance of the operator interface panel.
In this Chapter
Refer to the page number listed in this table for information on a specific topic.
Topic
See Page #
Basic System Description
1-2
Normal Appearance of Operator Interface Panel
1-4
1-1
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Basic System Description
Overview
The Simplex 4010ES Fire Alarm Control Panel (FACP) has three general functions.
•
•
•
It monitors fire alarm initiating points (for example, smoke detectors, heat detectors, and pull
stations).
It activates fire alarm notification appliances (horns, strobes, audio evacuation messages) when
an initiating point activates.
It monitors and controls auxiliary building equipment (fan dampers, relays, security devices).
Note:
The term “point” is used extensively throughout this manual. It is a generic term used to refer
to an individual component of the system, such as a single smoke detector, a single pull
station, etc.). Some devices may take up multiple points in a system.
The 4010ES operator interface, shown in Figure 1-1, allows a system operator to control and monitor
the facility-specific components connected to the 4010ES FACP.
Facility-Specific
Control Keys
and LEDs
Entry
Keypad
Figure 1-1. Operator Interface
Table 1-1. Components of the Operator Interface
LED/Key
Description
Refer To
ALARMS Keys and
LEDs
The ALARMS LEDs - FIRE and
PRORITY2 - indicate the presence of
an unacknowledged alarm condition.
Other components of the system,
such as the horns and strobes, also
activate to indicate the presence of
an alarm. The FIRE ALARM ACK
and PRIORITY2 ACK keys allow an
operator to acknowledge the
presence of an alarm.
Chapter 2
Pressing the ALARM SILENCE key
provides a means of silencing the
building’s audible notification
appliances (horns). The LED
indicates when this key has been
used.
Chapter 2
ALARM SILENCED
LED/ALARM SILENCE
Key
Continued on next page
1-2
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Basic System Description, Continued
Overview
Table 1-1. Components of the Operator Interface (continued)
LED/Key
Description
WARNING LED Keys
and LEDs
The WARNINGS LEDs –
SUPERVISORY and TROUBLE –
indicate when abnormal, non-fire
conditions occur to the fire alarm’s
wiring or devices. The Warning keys
– SUPV ACK and TROUBLE ACK –
allow an operator to acknowledge the
presence of the abnormal condition.
SYSTEM RESET Key
Pressing this key directs the panel to
reset all attached devices and clear
all acknowledged alarms, troubles,
and supervisory conditions.
Chapter 2
AC POWER LED
Indicates the presence of AC power
at the panel.
N/A
Event Time Key
Used to display the time at which an
acknowledged alarm, trouble, or
supervisory condition occurred.
Chapter 6
Entry Keypad
Used to call up points for monitoring
and control.
Chapter 5
Facility-Specific Control
Keys
These are programmable keys.
Typical functions include manual
evacuation, ground fault monitor, etc.
N/A
Enable/Disable Keys
Pressing these keys allows you to
enable or disable devices attached to
the panel.
Chapter 6
On/Off/Auto Keys
Pressing these keys allows you to
force a device (such as a relay) ON or
OFF. The Auto key returns control of
the device to the panel.
Chapter 6
Arm/Disarm Keys
Used with security points. These
keys allow you to turn security
devices on (arm) or off (disarm).
Chapter 6
Alphanumeric Display
Note:
Refer To
Chapter 3 for
Troubles.
Chapter 4 for
Supervisory
Conditions
Displays text describing abnormal
conditions for devices attached to the
panel (i.e., smoke detector in main
lobby is in alarm). Also displays
system prompts and messages.
The degree to which you are allowed to control the system depends on the passcode
assigned to you. See “Logging in and Out of the System” for details on this.
1-3
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Normal Appearance of Operator Interface Panel
Description
The 4010ES operator interface panel shows the following under normal conditions.
•
•
•
Green power LED is ON - indicating the panel is receiving AC Power
All other LEDs off.
Alphanumeric display reports that the system is normal, as shown below.
SYSTEM IS NORMAL
08:23:45
MON 14-NOV-10
Note:
If the appearance of the operator interface panel is not as shown above, refer to the
information in Chapters 2, 3, and 4 for instructions on managing the alarm, supervisory, or
trouble condition.
1-4
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Chapter 2
Alarm Conditions
Introduction
An alarm condition occurs when an initiating device (such as a manual pull station, smoke detector,
etc.) activates. The 4010ES indicates the presence of the alarm condition through messages it
displays on the alphanumeric display, by flashing the ALARM indicator, and by activating the
building’s notification appliances (horns and strobes).
Note:
In this Chapter
An alarm condition is a serious event, indicating the possibility of fire danger.In addition to
using the 4010ES operator interface panel to investigate and manage alarm conditions as
described in this chapter, you should also be aware of any facility-specific procedures that
you may be required to follow.
Refer to the page number listed in this table for information on a specific topic.
Topic
See Page #
Acknowledging an Alarm
2-2
Silencing an Alarm
2-5
Resetting the System
2-6
Disabling a Point that Remains in Alarm
2-8
2-1
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Acknowledging an Alarm
How the 4010ES
Indicates that an
Alarm has
Occurred
When an alarm condition is detected by the 4010ES, the panel does the following to indicate the
presence of the alarm.
•
•
•
•
Red LED, labeled Fire Alarm flashes.
Tone-alert (piezo buzzer) pulses.
LEDs on remote annunciators may illuminate.
The alphanumeric display on the interface panel indicates an alarm condition. The exact manner
in which the alphanumeric display reports information for the alarm condition depends on
whether the system’s Display First Alarm Option is enabled.
- If Display 1st Alarm Option is Enabled. The display alternates between two screens
similar to Screen 1 and Screen 2 shown below. Screen 1 is a tally screen indicating the total
number of fire alarms, priority 2 alarms, supervisory conditions, and trouble conditions present on the panel. Screen 2 is a detailed description of the first alarm received by the panel.
-
Overview Acknowledging
Alarms
If Display 1st Alarm Option is not enabled. Only a screen similar to Screen 1 appears,
indicating the total number of alarm conditions present on the system.
The first step in managing an alarm condition is to acknowledge the alarm. Acknowledging an alarm
does two important things:
•
It records the time and date at which you observed the presence of an alarm, trouble, or
supervisory condition on the operator interface panel and stores that information in the system’s
historical log.
•
When you press the acknowledge key, the system displays specific data on the location of the
alarm.
It is important to understand that the 4010ES can be configured with either Global or Individual
Acknowledge. Global or Individual Acknowledge is selected in the System Options sub-tab of the
Panel Tab in the ES Panel Programmer. Global Acknowledge is the default. These options function as
follows:
•
Global Acknowledge. When global acknowledge is enabled, one press of the FIRE ALARM
ACK (or the PRIORITY 2 ACK) key acknowledges every abnormal point currently reporting an
alarm status. This is helpful when a series of devices enter an alarm state (for example, all of the
smoke detectors in an area of the building) and you want to acknowledge all of them at the same
time.
•
Individual Acknowledge. If individual acknowledge is enabled, the FIRE ALARM ACK (or
PRIORITY 2 ACK) key must be pressed to individually acknowledge each alarm. Individual
acknowledge must be selected if the panel is providing proprietary receiving service in
accordance with NFPA72.
The FIRE ALARM ACK (or the PRIORITY 2 ACK) key, which is used to acknowledge alarms
(either globally or individually), is located just beneath the ALARMS LEDs.
Continued on next page
2-2
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Acknowledging an Alarm, Continued
Globally
Acknowledging
Alarms
Individually
Acknowledging
Alarms
Use the following procedure if the Global Acknowledge option is enabled on your 4010ES system.
1.
Unlock and open the enclosure door. Read the alphanumeric display on the interface panel. It
reports the number of alarm conditions as shown below.
2.
Press the FIRE ALARM ACK key. Read and follow the instructions on the alphanumeric display.
After you press the FIRE ALARM ACK key, the system responds as follows:
•
The tone-alert silences and the alphanumeric display reports pertinent information about the
alarm, such as the following:
•
The ALARMS LED changes from flashing to steady ON, and all alarm conditions are
acknowledged.
•
Pressing the FIRE ALARM ACK key again displays information on the next alarm.
Continue to do this to review all alarms in the system.
Use the following procedure if the Individual Acknowledge option is enabled on your 4010ES
system.
1.
Unlock and open the enclosure door. Read the alphanumeric display on the interface panel. It
reports the number of alarm conditions as shown below.
2.
Press the FIRE ALARM ACK key. A report similar to the one shown below appears. Read and
follow the instructions on the alphanumeric display.
Continued on next page
2-3
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Acknowledging an Alarm, Continued
Individually
Acknowledging
Alarms
3.
Press the FIRE ALARM ACK key again. Read the report data. Repeat this procedure to review
all reports. Reports are displayed in chronological order.
•
Tone-alert silences when the last unacknowledged alarm is acknowledged.
•
System Alarm LED is ON, but is no longer flashing.
2-4
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Silencing an Alarm
Overview
When an alarm condition exists, various signals (horns and strobes), auxiliary relays, the city
connection (which is the link to the local fire department or central station monitoring service), and
the tone-alert may activate. The ALARM SILENCE key turns OFF all devices that are programmed
to turn off when it is pressed. Typically, this will be the audible notification appliances (horns).
Note:
Depending on the programming of the system, some devices may not turn off when the
ALARM SILENCE key is pressed.
At a minimum, the following occurs when the key is pressed.
•
Turns OFF signal circuits (which usually connect to the Notification Appliances).
•
Turns ON the ALARM SILENCED LED.
•
Displays “Alarm Silence In Progress”.
You should be aware that the following functions affect the operation of the ALARM SILENCE
function.
Using the Alarm
Silence Key
•
If a Coded Input Device (typically a pull station) activates, the <ALARM SILENCE> key may
be ignored until this function has completed coding. Notification appliances (horns) cannot be
silenced when a coded station is in alarm, but silence upon coding completion.
•
If the Alarm Silence Inhibit Option -- which is a timer that inhibits the operation of the
ALARM SILENCE function – is enabled, pressing the <ALARM SILENCE> key is ignored
until the timer expires. The message “ALARM SILENCE INHIBITED” displays for a short
time to indicate the action was not taken. The message “ALARM SILENCE NO LONGER
INHIBITED” displays when the timer expires.
•
If Waterflow Sprinkler Devices are activated, Notification Appliances may or may not be
silenced (depending on local code requirements). Usually, a dedicated bell will continue to
sound to indicate water flow.
•
Some visual notification appliances may continue to flash until the system is reset.
Press the ALARM SILENCE key and read the display. The alphanumeric display shows signal status
and the ALARM SILENCED LED turns ON steady.
ALARM SILENCE IN PROGRESS
2-5
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Resetting the System
Overview
The function of the SYSTEM RESET key depends on whether active alarms are present at the time
the key is pressed.
•
Active Alarms Present. Pressing the SYSTEM RESET key when alarms are present attempts
to return the system to its normal state. This includes resetting initiating devices (pull stations
and smoke detectors, for example), relays (including city relay and door holder relays),
notification appliances (horns and strobes), and all LEDs and indicators that have been
programmed to be reset with the SYSTEM RESET key. See “Resetting a System with Active
Alarms” below for more information.
•
No Active Alarms Present. Pressing the SYSTEM RESET key when no alarms are present
causes the system to perform a hardware reset. See “Performing a Hardware Reset” below for
more information.
Resetting a System Activated devices (i.e, devices in alarm) can be reset, using the SYSTEM RESET key. Doing this
with Active Alarms allows the system to return to a normal state following alarm activation. Follow these steps to
perform a System Reset when alarms are present.
1.
Press the SYSTEM RESET key. The following message appears.
SYSTEM RESET IN PROGRESS
2.
One of the following occurs, depending on whether the activated devices reset or not.
•
If all zones or devices in alarm reset, the ALARMS LEDs flash. Press either the FIRE
ALARM ACK or the PRIORITY 2 ACK key or both, and the following message appears.
SYSTEM IS NORMAL
8:37:13
WED 17-NOV-10
•
If a zone or device remains in alarm and fails to reset, the “SYSTEM RESET IN PROGRESS” message is followed by the message shown below.
ALARM PRESENT, SYSTEM RESET ABORTED
When this message appears, the system remains in an alarm state. The display indicates the total
number of alarms present in the system along with a prompt to use the FIRE ALARM ACK (or
PRIORITY 2 ACK) key to review the points. (These points do not require acknowledgment.) The
ALARMS LED remains ON to indicate that a fire alarm device is still in the alarm condition. Read
the display to determine the type and location of the device. Follow local procedures to investigate
the area of the building in alarm. Look for devices that are in an alarm state, for example, pull
stations with the handle down or smoke detectors with their LED lit.
2-6
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Resetting the System, Continued
Performing a
Hardware Reset
A hardware reset reinitializes the state of certain hardware components and is typically used to reset a
Class A Trouble (for example, on an IDNet or RUI channel) after the problem causing the trouble is
resolved. If you attempt to perform a hardware reset without first fixing the problem causing the
trouble, the hardware reset fails and the trouble reappears.
To perform a hardware reset, do one of the following:
•
Press the SYSTEM RESET key when no alarms are present.
•
From the Main Menu, go to Diagnostic Functions and select Hardware Reset.
2-7
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Disabling a Point that Remains in Alarm
Overview
If a device remains in alarm and no alarm condition (i.e., smoke or an activated pull station) exists,
the 4010ES provides a way to inhibit alarm reporting for the malfunctioning point. Disabling a point
causes a trouble condition for the point or zone that you disable.
The DISABLE key, which is used to disable points, may be passcode protected. If it is, you need to
first log in to the system using the passcode that enables the key. Refer to “Logging In and Out of the
System” in Chapter 6 for information on doing this.
Important Notes
Be aware of the following issues related to disabling points.
•
Disabling a point causes the point to NOT report alarm conditions or other status changes. A
point should not be disabled unless it is clearly understood that fire detection or security for the
area of the building covered by that point will be lost. Appropriate steps must be taken to
provide alternate means of protecting the area of the building covered by the disabled point.
•
If the Service Reset option is enabled, an operator can clear an alarm condition (i.e., successfully
perform a system reset) even though the device that caused the alarm remains in a trouble state.
The typical application for this would be the case where a malfunctioning initiating device such
as a smoke detector (consisting of a base and removable sensor) causes an alarm and activates the
city circuit. With this option enabled, the sensor can be removed and the system (including the
city circuit) can be reset. Without this option enabled, removing the sensor would cause a
trouble, which would prevent the city circuit from being reset.
Important Note: Service Reset is not a UL-Approved option and enabling this option on the panel
invalidates the panel’s UL certification.
Procedure
To disable a point in alarm, follow these steps.
1.
Log in at a minimum level of 3.
2.
Press either the FIRE ALARM ACK or the PRIORITY 2 ACK key (depending on the type of
alarm) to display the point’s information on the alphanumeric display. For example:
3.
Press the DISABLE key. The alphanumeric display shows the following message.
Note:
XX represents the point to be disabled.
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Disabling a Point that Remains in Alarm, Continued
Procedure
4.
Press the ENTER key. The alphanumeric display shows the action taken.
Note:
The system indicates a trouble condition each time a point is disabled. It is important to repair
the disabled point as soon as possible. Once repaired, the disabled point should be enabled
as soon as possible. See the procedure in “Enabling and Disabling Points” in Chapter 6 of
this manual.
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Chapter 3
Trouble Conditions
Introduction
A Trouble message is used to indicate that the FACP is impaired, for example, due to an open circuit,
short circuit, ground fault, etc.
This chapter describes using the Operator Interface Panel keys to investigate the details of the trouble
condition.
In this Chapter
Refer to the page number listed in this table for information on a specific topic.
Topic
See Page #
Overview
3-2
Acknowledging Troubles
3-4
If the Trouble Doesn’t Clear
3-6
3-1
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Overview
How the 4010ES
Indicates the
Presence of a
Trouble
When a trouble condition is detected by the 4010ES, the panel does the following to indicate the
presence of the trouble condition.
•
In the Warnings group, the yellow TROUBLE LED flashes.
•
Tone-alert (piezo buzzer) sounds steady.
•
Trouble LEDs on remote annunciators may illuminate.
•
The alphanumeric display on the interface panel indicates trouble condition, as shown below:
Figure 3-1. Interface Panel Showing Trouble Condition
What Acknowledge The first step in managing a trouble condition is to acknowledge the trouble. Acknowledging a
Does
trouble does two important things:
•
It records the time and date at which you observed the presence of the trouble and stores that
information in the system’s historical log.
•
When you press the acknowledge key, the system displays specific data on the location of the
trouble.
It is important to understand that the 4010ES can be configured with either Global or Individual
Acknowledge. These options function as follows:
Global Versus
Individual
Acknowledge
•
Global Acknowledge. When global acknowledge is enabled, one press of the TROUBLE
ACK key acknowledges every point currently reporting a trouble.
•
Individual Acknowledge. If individual acknowledge is enabled, the TROUBLE ACK key
must be pressed to individually acknowledge each trouble. Individual acknowledge must be
selected if the panel is providing proprietary receiving service in accordance with NFPA72.
The TROUBLE ACK key, which is used to acknowledge troubles (either globally or individually), is
located just beneath the TROUBLE LED. Refer to Figure 3-1. If the TROUBLE ACK key is
passcode protected (by default, it is not), you cannot use this key to acknowledge troubles unless you
have the required passcode. Refer to “Logging In and Out of the System” in Chapter 6 for information
on how to do this.
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Overview, Continued
Trouble Indications TrueAlarm devices are considered sensors instead of detectors because these devices do not
for TrueAlarm
determine alarm conditions. Instead, the TrueAlarm smoke sensor is a measuring device that sends
Sensors
data regarding smoke density to the 4010ES FACP. The TrueAlarm heat sensor operates in a similar
fashion, but it sends temperature data to the control panel instead of smoke density data. Also, CO
heat/smoke sensors operate just like the TrueAlarm heat/smoke sensors. The 4010ES uses this data to
determine whether a trouble has occurred.
The TrueAlarm and CO sensors have three automatic trouble indications.
•
Dirty. A “Smoke Detector Dirty” condition is reported any time the average value on an
individual sensor reaches a set threshold value.
•
Excessively Dirty. A “Smoke Detector Excessively Dirty” trouble condition is reported any
time the average value of an individual sensor reaches a slightly higher threshold level.
•
Expired Trouble. An “Expired Trouble” condition is reported anytime a CO sensor has
reached the end of its useful lifetime.
In addition to the three automatic trouble conditions, the 4010ES software includes three preprogrammed digital pseudo points: P132, P463 and P464. The pseudo point P132 (Sensor Almost
Dirty Log Enable) can be turned ON through the front display, logged on at level 4 to allow a
TrueAlarm sensor that is close to being dirty to report as if it were dirty. This is useful when
maintenance is being scheduled for dirty sensors, as it provides a means of seeing which sensors are
approaching a dirty state. The pseudo points P463 and P464 are used to log all the CO sensors that
will expire in 6 and 12 months respectively.
What to do when
TrueAlarm
Troubles Occur
System Operators should do the following when these troubles occur.
•
Almost Dirty Trouble. This feature is visible only when enabled from the front display or
through the ES Panel Programmer. In this case, a SimplexGrinnell Technical Representative has
programmed the system to allow almost dirty sensors to report as dirty. Contact your facilities
management personnel to report the trouble and schedule maintenance (cleaning) for the sensors.
•
Dirty. This trouble means the sensor is holding its sensitivity, that maintenance should be
scheduled for the sensor. Contact your facilities management personnel to report the trouble and
schedule maintenance (cleaning) for the sensors.
•
Excessively Dirty. This trouble means the sensor is no longer compensating for dirt and dust.
False alarms are possible in this condition and sensors should be cleaned as soon as possible.
Contact your facilities management personnel to report the trouble and immediately schedule
maintenance (cleaning) for the sensors.
•
Expired. This trouble means that the CORC (CO Replacement Cartridge) needs to be replaced.
•
Almost Expired. This trouble means that the CORC is almost at the end of its lifetime and
would need to be replaced within 6 or 12 months, depending on the system configuration.
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Acknowledging Troubles
Globally
Acknowledging
Troubles
If global acknowledge is enabled on the 4010ES, the system automatically clears after the source of
the trouble clears. Approximately 30 seconds after the source of the trouble clears, the alphanumeric
display should indicate a normal system.
To globally acknowledge trouble points, follow these steps:
1.
Unlock and open the enclosure door. The alphanumeric display shows the trouble condition. For
example:
Globally Acknowledging Troubles
2.
Press the TROUBLE ACK key under the flashing yellow LED. The alphanumeric display shows
the area and type of trouble. The tone-alert silences and the yellow LED glows steady.
3.
Read the alphanumeric display and investigate the area to determine the cause of the trouble.
a.
b.
c.
Individually
Acknowledging
Troubles
Restore or replace the defective device (switch, wire, notification appliance, etc.) in
accordance with the device’s instructions.
The trouble condition automatically clears when the problem has been corrected.
After a delay, the alphanumeric display reads:
When individual acknowledge is used, the tone-alert re-sounds when the condition clears. Individual
acknowledge must be selected if the panel is providing proprietary receiving service in accordance
with NFPA72. Follow these steps to use individual acknowledge.
1.
Unlock and open the enclosure door. The alphanumeric display shows the trouble condition. For
example:
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Acknowledging Troubles, Continued
Individually
Acknowledging
Troubles
2.
Press the TROUBLE ACK key. Repeat this step and read the reports. You need to do this for
each trouble event. The following occurs:
•
The tone-alert silences and the LED glows steady.
•
The alphanumeric display shows the area and type of problem, as shown below.
FIRST FLOOR EAST WING
ROOM31
Press ACK key to acknowledge
FIRE MONITOR ZONE OPEN CIRCUIT TROUBLE
3.
Read the alphanumeric display. Investigate the trouble to determine its cause. Restore or replace
defective device (switch, wire, notification appliance, etc.) in accordance with the
manufacturer’s instructions.
When the trouble clears, the TROUBLE LED flashes and the tone-alert sounds steadily.
4.
Press the TROUBLE ACK key. The display shows the system status. Press the TROUBLE
ACK key again. After a delay, the display shows that the system status is normal.
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If the Trouble Doesn’t Clear
Overview
Normally, trouble points do not require acknowledgment of the cleared condition. If the system does
not clear, read the display. If the source of the trouble cannot be located, call a SimplexGrinnell
branch office to repair the system.
System Reset Key
Some troubles latch until they are reset manually, or are reset by pressing the SYSTEM RESET key.
Try pressing the SYSTEM RESET key if the trouble is any one of the following:
•
Style D initiating device circuit trouble.
•
City Circuit trouble.
•
24 Point I/O trouble.
If pressing the SYSTEM RESET key does not clear the trouble, or if the trouble toggles (clears and
then reappears), you may choose to either disconnect the device or to disable the point, using the
procedure outlined in the next section.
Disabling a Point
with a Trouble
Condition
Keep the following in mind when disabling points:
•
Disabling a point causes the point to NOT report alarm conditions or other status changes. A
point should not be disabled unless it is clearly understood that fire detection or security for the
area of the building covered by that point would be lost. Appropriate steps must be taken to
provide alternate means of protecting the area of the building covered by the disabled point.
•
Repair or replace the failed device or circuit as soon as possible. Once repaired, the disabled
point should be enabled as soon as possible.
1.
Press the TROUBLE ACK key to display the point’s information on the alphanumeric display.
For example:
2.
Press the Disable key. The alphanumeric display shows the following message.
SECOND FLOOR EAST WING
PULL STATION
3.
ROOM 16
DISABLED TROUBLE
Press the ENTER key. The alphanumeric display shows the action taken.
Note:
The system indicates a trouble condition each time a point is disabled. It is important to repair
the disabled point as soon as possible. Once repaired, the disabled point should be enabled
as soon as possible. See the procedure in “Enabling and Disabling Points” in Chapter 6 of
this manual.
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Chapter 4
Supervisory Conditions
Introduction
A Supervisory condition indicates that
•
some part of the building’s fire protection system is disabled. An example of this is a sprinkler
tamper switch being activated due to a fire sprinkler control valve being closed.
• a lower priority initiating device (such as a duct smoke detector) has been triggered.
Depending on the system design, a Supervisory point can be:
•
Latching. The panel must be reset to clear the Supervisory condition.
•
Non-latching. The indicators (LED, buzzer, etc.) turn off automatically when the condition
clears.
This chapter describes using the Operator Interface Panel keys to investigate the details of the
supervisory condition.
In this Chapter
Refer to the page number listed in this table for information on a specific topic.
Topic
See Page #
Overview
4-2
Acknowledging Supervisory Conditions
4-3
4-1
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Overview
How the 4010ES
Indicates the
Presence of a
Supervisory
Condition
When a supervisory condition is detected by the 4010ES, the panel does the following to indicate the
presence of the condition.
•
Yellow LED, labeled “SUPERVISORY” flashes.
•
Tone-alert (piezo buzzer) sounds steady.
•
The alphanumeric display on the interface panel indicates supervisory condition, as shown
below:
Figure 4-1. Interface Panel Showing Supervisory Condition
What Acknowledge The first step in managing a supervisory condition is to acknowledge the condition. Acknowledging a
Does
supervisory does two important things:
•
It records the time and date at which you observed the presence of the condition and stores that
information in the system’s historical log.
•
When you press the acknowledge key, the system displays specific data on the location of the
supervisory condition.
It is important to understand that the 4010ES can be configured with either Global or Individual
Acknowledge. These options function as follows:
•
Global Acknowledge. When global acknowledge is enabled, one press of the SUPV ACK
key acknowledges every point currently reporting a supervisory condition.
•
Individual Acknowledge. If individual acknowledge is enabled, the SUPV ACK key must be
pressed to individually acknowledge each supervisory condition. Individual acknowledge must
be selected if the panel is providing proprietary receiving service in accordance with NFPA72.
The SUPV ACK key, which is used to acknowledge supervisory conditions (either globally or
individually), is located just beneath the SUPERVISORY LED. Refer to Figure 4-1. If the SUPV
ACK key is passcode protected (by default, it is not), you cannot use this key to acknowledge
supervisory conditions unless you have the required passcode.
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Acknowledging Supervisory Conditions
Globally
Acknowledging
Supervisory
Conditions
Pressing the SUPV ACK key once globally acknowledges all supervisory conditions that exist within
the fire alarm system. In addition, the SUPERVISORY LED changes from flashing to steady ON and
the tone-alert silences.
If global acknowledge is enabled on your system, use the following procedure to acknowledge the
supervisory conditions.
1.
Unlock and open the enclosure door. The alphanumeric display shows the supervisory condition,
similar to the following example.
2.
Press the SUPV ACK key under the flashing yellow LED. The alphanumeric display shows the
area and type of condition. The tone-alert silences and the yellow LED glows steady.
Read the alphanumeric display. Investigate the problem to determine its cause. Restore or replace
the defective device (switch, wire, notification appliance) in accordance with the manufacturer’s
instructions, or call SimplexGrinnell to repair the system. When the problem causing the supervisory
is corrected, the supervisory automatically clears and, after a delay, the alphanumeric display
indicates that the system status is normal.
Individually
Acknowledging
Supervisory
Conditions
If individual acknowledge is enabled on your system, you need to separately acknowledge each
supervisory condition. Use the following procedure to do this.
1.
Unlock and open the enclosure door. The alphanumeric display shows the supervisory condition,
similar to the following example.
Continued on next page
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Acknowledging Supervisory Conditions, Continued
Individually
Acknowledging
Supervisory
Conditions
2.
Press the SUPV ACK key. Repeat this step and read the display. The alphanumeric display shows
the area and type of condition.
a.
The tone-alert silences and the LED glows steady.
b.
The display shows the area and type of problem.
3.
Read the alphanumeric display. Investigate the problem to determine its cause. Restore or
replace the defective device (switch, wire, notification appliance) in accordance with the
manufacturer’s instructions, or call SimplexGrinnell to repair the system.
When the problem causing the condition is corrected, the SUPERVISORY LED flashes and the
tone-alert sounds steady.
4.
Press the SUPV ACK key. The display shows the system status.
5.
Press the SUPV ACK key again. After a short delay, the display indicates that the system is
normal.
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Chapter 5
Selecting Points for Status and Control
Introduction
In this Chapter
Many of the advanced operations that can be accomplished from the operator interface first require
you to select the point on which you want to perform the operation. Points can be selected in one of
three ways.
•
Alarm, Trouble, Supervisory List. Points that are reporting an alarm, trouble, or
supervisory condition can be selected from the active alarm, trouble, or supervisory list.
•
Using the Menu. The menu system includes an option that allows you to scroll through each
category (monitor, signal, etc.) of point, and then after selecting a category, you can scroll
through the points for the category.
•
Using the Entry Keys. The Entry keys, located on the far right of the operator interface,
contain abbreviated labels for each category of point. (For example, the key in the upper left
corner of the Entry keys is labeled “ZONE” and the key to its right is labeled “SIG.” Pressing
one of these keys causes the system to prompt you to select a specific point within the selected
category.
Refer to the page number listed in this table for information on a specific topic.
Topic
See Page #
Selecting Points from Alarm, Trouble, Supervisory List
5-2
Selecting Points from the Menu
5-3
Selecting Points with the Entry Keypad
5-4
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Selecting Points from Alarm, Trouble, Supervisory List
Procedure
When a point experiences an abnormal condition, such as an alarm, trouble, or supervisory, it is added
to the appropriate list (alarm list, supervisory list, or trouble list). Points within these lists can be
selected as follows:
1.
2.
Press the appropriate acknowledge key to enter the list. (For example, press the FIRE ALARM
ACK key to enter the list of current fire alarms; press the TROUBLE ACK key to enter the list of
current troubles).
Use the Next and Previous keys to scroll through the entries in this list. Stop scrolling when the
point you are interested in is displayed.
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Selecting Points from the Menu
Procedure
1.
Press the Menu key to enter the panels’s menu system.
2.
Press the Next key until the alphanumeric display reads as follows:
3.
Press ENTER. The display reads as follows:
4.
Press the Next key to scroll through the categories of points until the appropriate category is
shown. Press the ENTER key. The first point in the selected category appears. In the example
below, the point shown is the first one in the monitor zone category.
5.
Press the Next key to scroll through the list of points in the category. When the point that you
want to select is displayed, press ENTER.
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Selecting Points with the Entry Keypad
Overview
The Entry Keypad, shown below, allows you to quickly select a category of points. For example,
pressing the ZONE key on the upper left side of the keypad selects the monitor zone category. After
selecting a category, messages on the display prompt you for the specific point in the category.
You can use the keypad to select either a local point or a network point. A local point is one that is
physically connected to the panel you are currently at, and a network point is one that is located on a
different panel but has been programmed so that it can be selected and controlled from another panel.
Figure 5-1. Entry Keypad
Selecting Points
Refer to the following table for information on using the keypad to select local points on this panel.
Table 5-1. Keypad Use
Key
Data to Enter
ZONE - allows you to select a
Monitor Zone point.
ZN, followed by ENTER, where ZN represents a zone
card and is a number from 1 to n. (n represents the
number of the last zone card in your system.) After
selecting a zone, use Next and Previous to scroll
through the points.
SIG - allows you to select a
Signal point.
SIG, followed by ENTER, where SIG represents a
signal card and is number from 3 to n. (n represents
the number of the last signal card in your system.) After
selecting a signal card, use Next and Previous to scroll
through the signal points.
SIG, followed by ENTER, where SIG represents an
IDNAC symbolic channel then "-" and the NXNA point
number on that channel.
AUX - allows you to select an
Auxiliary Relay.
AUX, followed by ENTER, where AUX represents an
auxiliary relay and is a number from 3 to n. (n
represents the number of the last auxiliary relay in your
system.)
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Selecting Points with the Entry Keypad, Continued
Selecting Points
Table 5-1. Keypad Use (continued)
Key
Data to Enter
FB – allows you to select a
Feedback point.
Enter the number corresponding to the Feedback point.
For example, pressing the FBkey and entering a 1
selects FB1.
IO - allows you to select a point
on a 24 Point I/O card.
IO, followed by ENTER, where IO represents a point
and is a number from 1 to n. (n represents the number
of the last I/O point in your system.
C-D, followed by ENTER, where C represents the
IDNet, or VESDA channel and D represents the device
number. You must insert the dash between channel and
device. Use the NET key to insert the dash.
IDNet – allows you to select an
IDNet or VESDA point.
Note:
•
IDNet. Specify the channel with a number from 1
through 10. Use the number 0 to represent channel 10. Device numbers run from 1 to 250.
•
VESDA. Specify the channel then the device.
Device numbers on each VESDA channel run from
1 to 127.
P / A / L – allows you to select
a digital (P), analog (A), or List
(L) pseudo point.
Enter the number corresponding to the digital pseudo,
analog pseudo, or list point. For example, pressing the
P key and entering a 1 selects P1, the Alarm Silence
Key pseudo point.
NET - allows you to select a
network point
Enter a network NODE number, followed by ENTER.
The system then prompts for the type of point you want
to select. Press the keypad key corresponding to the
type of point (Zone, Signal, etc.) Use the descriptions
above for information on selecting the specific point.
ADDR - sw address of the
point in the system
Specify the address using the format C-P-S, where C is
the card, P is the point, and S is the subpoint. You must
insert the dash between the components of the
address. Use the NET key to enter the dash.
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Chapter 6
Advanced Functions
Introduction
This chapter describes advanced functions that you can perform from the operator interface panel.
In this Chapter
Refer to the page number listed in this table for information on a specific topic.
Topic
See Page #
Logging In and Out of the System
6-2
Setting System Time and Date
6-4
Viewing the Time at which an Event Occurred
6-5
Enabling and Disabling Points
6-6
Forcing Points On and Off
6-7
Displaying and Clearing Historical Logs
6-8
Printing Reports
6-9
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Logging In and Out of the System
Introduction
The 4010ES system uses four access levels, referred to by the numbers one through four, to control
what system operators can do with the system. The system typically operates at access level one,
which allows an operator to accomplish basic tasks (for example, acknowledge alarm, trouble, and
supervisory conditions) without logging in to the system.
Other functions – for example, the use of the user-defined function keys – are passcode protected to
prevent access by unauthorized personnel.
Log In Procedure
Follow these steps to log in to the system at access level two, three, or four. The keypad used to enter
the passcode is located behind the interface panel access door.
1.
2.
Obtain the passcode for the access level at which you want to operate.
Press the Menu key. The alphanumeric display shows the following message.
3.
Press the ENTER key on the Entry keypad. The following message displays:
4.
Press the 1 key on the Entry keypad. The display shows the following message.
5.
Enter the passcode for the access level. The passcode can be up to 10 numbers in length. Press
the ENTER key on the Entry keypad when you have finished entering the code. An X is
displayed for each digit of your passcode, as shown below.
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Logging In and Out of the System, Continued
Log In Procedure
If the passcode entered in Step 5 is correct, the following message is shown.
After a brief pause, the system displays the granted access level, such as the level 2 message shown
below.
Press the C/EXIT key twice. The display shows the system status.
Log Out Procedure Failure to log out allows unauthorized personnel access to the various passcode protected functions.
If no keypad activity is detected for ten minutes, the system returns to Level 1 access.
Perform the following procedure to log out and return the operator access level to Level 1.
1.
Press the Menu key. The following message is displayed
2.
Press the ENTER key. The following message is displayed.
Log Out Procedure
3. Press the 2 key. After a brief pause, the display shows a message similar to the one below.
4.
Press the DEL key to exit. The display shows the system status.
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Setting System Time and Date
Procedure
Follow these steps to set the time and date used by the 4010ES FACP. Ensuring that the current time
and date are correct on the system is important. In particular, the accuracy of historical logs and
reports depends on the system time.
1.
Press the Menu key. Press the Next or Previous key until the display shows the option for setting
time and date.
2.
Press the ENTER key. The system responds as follows:
3.
Press the More Info key. The display shows the time and date and places an underline character
under the hour, meaning it is the part of the time and date that can be changed.
4.
Set the time and date as follows:
5.
•
Time. Use the < and > keys to move the underline character between hours and minutes.
Use the Next and Previous keys to increment or decrement the value. For example, to
change the minutes, first use the < and > keys to move the highlight under the minutes field.
Then use the Next and Previous keys to change the value of the minutes field.
•
Date. Use the < and > keys to move the underline character between the components of the
date field. Use the Next and Previous keys to increment or decrement the value of the field
until it is correct.
When the date and time are correct, press the ENTER key.
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Viewing the Time at which an Event Occurred
Overview
Procedure
The system records the time at which each alarm, trouble, and supervisory event occurs. You can
view this information in one of two ways:
•
By displaying or printing the historical alarm or trouble log. Refer to “Displaying Historical
Logs” later in this chapter for information on doing this.
•
By scrolling through the list of active alarm, trouble, or supervisory conditions, selecting a
specific event, and using the Event Time key. Refer to the procedure below for information on
doing this.
Select the alarm, trouble, or supervisory event whose event time you want to display. To do this,
follow these steps:
1.
Press the FIRE ALARM ACK, PRIORITY 2 ACK, TROUBLE ACK, or SUPV. ACK key to
enter the appropriate list of events. (For example, press the FIRE ALARM ACK key to enter the
list of active fire alarms.)
2.
Use the Next and Previous keys to scroll through the list until the alarm in which you are
interested is displayed.
3.
Press the Event Time key. The time at which the alarm, priority 2 alarm, trouble, or supervisory
occurred appears in the display.
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Enabling and Disabling Points
Overview
Enabling and disabling points is sometimes necessary when performing maintenance on the system.
When using this function, it is critical that you understand whether Custom Control (either the
system’s default Custom Control or any user Custom Control) makes reference to the point or not.
Actions driven by custom control are suspended for the duration of time the point is disabled, but
execute immediately after the point is enabled.
Example. Suppose you disable a signal point and during the time the point is disabled, a Custom
Control equation executes that turns the point ON. This action is suspended for the duration of time
the point is disabled. However, when the point is subsequently enabled, the point’s state updates and
the Custom Control equation turning the point ON executes, turning the signal ON.
Procedure
Follow these steps to enable or disable a point.
1.
Select the point. Refer to Chapter 5 for information on selecting points.
2.
Press the Disable or Enable key.
3.
Press the ENTER key to carry out the action.
The system generates a “Disable Trouble” to remind you that the point is disabled. When you enable
the point again, the trouble clears.
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Forcing Points On and Off
Overview
Forcing a control point ON assigns a priority of 1 to the point, preventing system control until the
point is returned to automatic control. For example, you can force a relay or signal point ON to test or
execute its function. Unlike Enable/Disable (see description in previous section), a point that you
force OFF does not refresh its state when the point is turned back ON.
Example. Suppose you turn a signal point OFF and during the time the point is disabled, a Custom
Control equation executes that turns the point ON. When the point is subsequently returned to
automatic operation, the point’s state does not update and the Custom Control equation turning the
point ON does not execute. Points that have been returned to automatic operation will update the next
time an equation that outputs to that point is evaluated.
Forcing Points ON
and OFF
Follow these steps to force a point ON or OFF.
1.
Select the point. Refer to Chapter 5 for information on selecting points.
2.
Press the ON or OFF key.
3.
Press the ENTER key to carry out the action.
The system generates a “Manual Override Trouble” for the point to remind you that the point has
been forced ON or OFF.
Returning a Point
to Automatic
Operation
Automatic operation is the normal operation of the point. For example, if the point is a signal point, a
setting of AUTOMATIC indicates that the point is back under system control.
To return the state of a point that is currently ON or OFF to AUTOMATIC, follow these steps.
1.
Select the point. Refer to Chapter 5 for information on selecting points.
2.
Press the AUTOMATIC key.
3.
Press the ENTER key to carry out the action.
The system clears the “Manual Override Trouble”.
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Displaying and Clearing Historical Logs
Overview
Historical logs provide a record of both the events that have occurred on the system and the actions
taken by an operator to manage those events. The system contains the following logs.
•
Historical Alarm Log. Provides detailed information on each alarm, including time and date
stamp, that has occurred since the last time the logs were cleared.
•
Historical Trouble Log. Provides detailed information on each trouble, including time and date
stamp, that has occurred since the last time the logs were cleared.
Displaying/Clearing 1.
Historical Logs
Press the Menu key. Use the Next and Previous keys to scroll through the choices until the
“DISPLAY HISTORICAL ALARM LOG” or “DISPLAY HISTORICAL TROUBLE LOG”
choice is displayed.
2.
Press ENTER to enter the log file.
3.
Use the Next and Previous keys to scroll through the entries in the selected log. Press ENTER at
any time while in the log to clear all events.
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Printing Reports
Overview
The system can generate any of the following reports.
Table 6-1. Reports
Report
Description
Alarm History Log Report
Report includes all information contained in the alarm
history log – device number, custom label, time and date
device entered alarm.
Trouble History Log Report
Report includes all information contained in the trouble
history log – device number, custom label, type of trouble,
time and date device experienced trouble.
Reports the following information for each point.
TrueAlarm Status Report
•
Device Number
•
Custom Label
•
Current Sensitivity of the Point
•
Point Status: Normal, Trouble, Alarm
•
Almost Dirty Status: Points which are almost dirty
have an asterisk in this field to denote this.
Reports the following information for each point.
•
Device Number
•
Custom Label
•
Alarm Level (sensitivity level of the device)
•
Average Value –
•
Current Value --
•
Percent of Alarm: Shows the current value for the
sensor. Value is shown as a percentage of 100
percent (alarm). For example, if the value shown is
9%, it means that the sensor is currently at 9% of the
value required to trigger an alarm.
•
Peak Value: Shows the highest value that the sensor
has reached. Value is shown as a percentage of 100
percent (alarm). For example, if the value shown is
9%, it means that the peak value experienced by the
sensor was 9% of the value required to trigger an
alarm.
•
Current State: Possible values include Normal,
Trouble, Dirty, Excessively Dirty, and Almost Dirty.
TrueAlarm Service Report
Report the following information for each TrueAlert device.
TrueAlert Device Report
•
Point ID.
•
Custom Label.
•
Device Type.
•
Candela.
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Printing Reports, Continued
Overview
Table 6-1. Reports (continued)
Report
Description
This report can be created after the TrueNAC Voltage
Drop Test (see Chapter 7) is run. It reports the following
information for each Multi Candela TrueAlert Device.
•
Point ID.
•
Custom Label.
•
Pass/Fail.
TrueAlert Status Report
Report the following information for each SLC
•
Nominal Current (A) - The current draw on the
TrueAlert circuit when the test was run.
•
Worst Case Current (A) - The current draw on the
SLC under worst case operating conditions.
•
Worst Case voltage Above/Below threshold (V).
This report provides the following information regarding
the CO devices:
TrueAlarm CO Report
Procedure
•
Device Number (on the network).
•
Custom Label (custom description of device).
•
Current Device Value (PPM).
•
End-of-Life Date.
•
Device Status (Normal, Trouble).
1.
Press the Menu key. Use the Next and Previous keys to scroll through the choices until the
“PRINT REPORTS?” choice is displayed.
2.
Use the Next and Previous keys to scroll through the categories of report (Alarm History, Trouble
History, etc.).
3.
When the category of report you want to print is displayed, press ENTER. The system prompts
you to confirm that you want to generate the report. Press ENTER again.
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Chapter 7
System Test Procedures
Introduction
This section describes performing the system tests that can be performed from the front panel of the
4010ES.
In this Chapter
Refer to the page number listed in this table for information on a specific topic.
Topic
See Page #
Lamp Test / Tone Alert Test
7-2
WalkTest Overview
7-3
Setting WalkTest Options
7-4
TrueNAC Voltage Drop Test
7-5
Disable IDNET CO Algorithms
7-11
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Lamp Test / Tone Alert Test
Overview
The Lamp Test key on the operator interface panel is used to determine local lamp failures within the
system. Lamps on the 4010ES operator interface panel illuminate along with the five function and
acknowledge LEDs.
The tone-alert (buzzer) can also be tested with the Lamp Test.
Performing a Lamp Do the following procedures to test for lamp failures.
Test
1. Press the Lamp Test push-button. All LEDs should illuminate (lamps should stay illuminated as
long as the key is depressed).
2.
Testing the ToneAlert
If you find defective lamps/LEDs, contact your local SimplexGrinnell branch office.
Holding the Lamp Test key for more than 3 seconds tests the tone-alert.
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WalkTest Overview
Overview
WalkTest allows the function of the system’s initiating devices and signals to be tested by a single
person. Conducting a WalkTest requires you to perform the following steps.
•
Step 1. Create WalkTest Groups. The 4010ES supports up to eight WalkTest groups. This
allows the building to be divided into small portions for the WalkTest, and allows the rest of the
building to be protected by the fire alarm panel. Each group has a list of monitor points
(initiating devices) and a list of the 4010ES signal circuits that activate when one of the group’s
control points activates.
Refer to Chapter 9 of the ES Panel Programmer’s Manual (574-849) for information on adding
monitor points (initiating devices) and signals/relays to a WalkTest group.
•
Step 2. Enable WalkTest Options from Front Panel. These options include the
following. Refer to the “Setting WalkTest Options” later in this section for information on
setting these options.
-
Which WalkTest Group is enabled.
-
Whether the group’s signals turn on when a monitor point in the same group activates. Turn
this option on (along with the WalkTest logging option) to perform a silent WalkTest on the
system.
-
Whether logging of WalkTest information is enabled or not. (Enable this option to perform a
silent WalkTest.)
Step 3. Manually Activate Initiating Devices in Each Group and Interpret Signals.
Individually activate each initiating device in the group, using a magnet or canned smoke. Make sure
to proceed in a logical manner (i.e., start with the lowest IDNet address and work toward the highest).
Each time you activate an initiating device, the system’s signals pulse a code that allows you to verify
exactly which initiating device triggered the signals. For hardwired monitor zones, the signal code
corresponds to the number of the zone. (For example, if the zone number is eight, the signals pulse
eight times to indicate zone eight.) For IDNet devices, the first set of pulses from the signals
corresponds to the channel. The signals then pause momentarily and the second set of pulses
corresponds to the number of the device on the channel. For example, if you activate an IDNet smoke
detector with an address of M1-25, the signals sound once to indicate channel one, pause for a short
duration, and then sound 2 times, pause, and then sound 5 times to indicate device 25.
In some cases, immediately after verifying the function of an initiating device, you may also want to
verify its ability to generate a trouble condition. To do this, cause a trouble on the device (i.e., remove
the sensor from a TrueAlarm device), and then listen to the signals. The signals sound steady for 4
seconds to indicate trouble conditions, then reset.
Important Notes
Signals and initiating devices (with the exception of pull stations) automatically acknowledge and
automatically reset, allowing for one-man testing without the need for someone at the main control
panel to acknowledge and reset the system each time an initiating device and its associated signals
activate.
A silent Walk Test may be performed (no signals will sound) and logging of events may be selected.
Refer to “Setting WalkTest Options” below for additional information.
If an alarm condition is detected from a zone that is not in the present active Walk Test group, the
system will operate as a fire alarm panel and the active Walk Test groups are aborted.
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Setting WalkTest Options
Enabling WalkTest
for a Group
Setting Options
1.
Press the Menu key and then use the Next and Previous keys until “ENABLE WALKTEST?” is
displayed. Press ENTER.
2.
Use the Next and Previous keys to scroll through the WalkTest groups until the group that you
want to test is displayed. Press ENTER. A screen similar to the following appears.
Each of the options shown in the example above is associated with a number from one to four.
Pressing the associated number on the keypad toggles the setting of the option. The arrow points to
choice currently enabled for the option.
Example. The first option shown above( 1 = on --> OFF )allows you to turn WalkTest on and off
for the group you selected in Step 2 above. In the example, the arrow points to OFF, indicating that
WalkTest is not currently on for the selected group. To turn it on, you would press the number 1 on
the keypad. When you do this, the arrow turns around to indicate that ON is selected and the option
reads 1 = ON <-- off.
The options are as follows:
Table 7-1. WalkTest Options
Option
Description
1 = on --> OFF
Turns WalkTest on and off for the selected group. Press
1 on the keypad to toggle the setting of the option.
2 = no --> LOG
Allows you to enable or disable logging. If the arrow
points to LOG, logging is enabled. If the arrow points to
NO, logging is disabled. Press 2 on the keypad to toggle
the setting of this option.
3 = ? --> ZONE
When ZONE is selected, the signals play a code that
indicates the activated initiating device’s address. (For
hardwired zones, the signals sound the number of the
zone. For IDNet, the code has two parts, separated by a
pause. The first part indicates the channel and the
second part indicates the device number. When ? is
selected, the signals play 2 ¼ second pulses. Press 3
on the keypad to toggle the setting of this option.
4 = no --> SIG
Allows you to configure a silent WalkTest (i.e., no signals
are used). Make sure to enable the logging of WalkTest
events, which allows each zone with an abnormal
condition to be time tagged and added to the log. See
previous option above. When SIG is selected, signals
sound during the WalkTest. When NO is selected, no
signals are used during the WalkTest.
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TrueNAC Voltage Drop Test
Overview
The TrueNAC Voltage Drop Test is used in conjunction with the TrueNAC Circuit Design tool. A job
is first designed using the TrueNAC Circuit Design tool. The tool provides a report with job layout
and device voltages. After the job is installed, the TrueNAC Voltage Drop Test is run to verify proper
installation of the 4906 devices.
The TrueNAC Voltage Drop Test determines the line voltage for notification appliances that are
connected to a TrueAlert Power Supply’s (TPS) Signaling Line Circuit (SLC) channels, under worst
case panel operating conditions. It differs from simply checking with a meter, in that the voltage
output of the panel under nominal operating conditions is typically higher than the voltage output
under worst case conditions (e.g. on end-of-life batteries). Prior to the start of the test, the horn
volume is selected to be either “ON” (horns set to high volume) or “OFF” (silent testing of the
system).
The TrueNAC Voltage Drop Test is compatible only with the 4906 series TrueAlert devices
connected to a TrueAlert Power Supply (TPS). It is not compatible with the Extended System Supply
or TrueAlert ES appliances. The test can be run on a single TrueAlert SLC, or on all the TPS’s in the
system.
•
If older "fixed” candela devices are present, the tool will indicate incompatible devices and will
not run. This will also be indicated in the report.
•
TPS PCAs Revision E and older may be updated with the latest slave code to run the TrueNAC
Voltage Drop Test. The results will be less accurate than with Revision F or later TPSs. The
reports will also indicate the use of an older TPS and caution that results are less accurate.
•
If older TPS slave code (1.04 and earlier) is installed on a newer TPS PCA (Revision F or later),
a "HW CONFIG/SW REV MISMATCH TROUBLE" trouble will be indicated on the panel.
The TrueNAC Voltage Drop Test performs the following diagnostic verification:
•
Devices are polled and report terminal voltage, candela rating, and device type to the 4010ES.
•
The line impedance of the SLC channel is determined through the TrueNAC algorithm.
•
Notification Appliances that fall below the device threshold are reported as failed devices to the
4010ES, and the panel indicates TrueNAC Voltage Drop Test failed trouble.
Devices that have failed the TrueNAC Voltage Drop Test require the following actions:
•
Fix the device with the lowest voltage as indicated in the TrueNAC status report.
•
Repeat the TrueNAC Voltage Drop Test.
The 4010ES keeps track of the devices that failed the TrueNAC Voltage Drop test. A trouble alarm is
indicated on the panel for devices that failed the test. This trouble is cleared after hardware reset. The
TrueNAC Voltage Drop Test must be repeated to verify that all troubles are fixed.
Accessing the
TrueNAC Voltage
Drop Test
To gain access to the TrueNAC Voltage Drop diagnostic test, you must login with an access level
higher than level one (Refer to Chapter 6 for access level discussion).
1.
Press the Menu key on the Display/Action keypad, located on the right side of the interface
panel. The alphanumeric display shows the following message.
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TrueNAC Voltage Drop Test, Continued
Accessing the
TrueNAC Voltage
Drop Test
Testing all
TrueAlert Power
Supply’s SLCs
2.
Press the Next key on the Display/Action keypad. Use the Next and Previous keys to scroll to the
Diagnostic Functions. The following message displays:
3.
Press the ENTER key on the Entry keypad. Scroll to the TrueNAC Voltage Drop Test using the
Next and Previous keys on the Display/Action keypad. The following message displays:
4.
Press the ENTER key on the Entry keypad. The following message displays.
Use the following procedure to test all the TrueAlert Power Supply’s SLC lines at once. Before you
start this test, make sure you have already completed the procedure Accessing the TrueNac Voltage
Drop Test.
1.
Press the ENTER key on the Entry keypad. The following message displays:
2.
To turn the horn on or off before performing the TrueNAC Voltage Drop Test, use the Next and
Previous keys to set the horn state.
Note:
The horn can be turned off to prevent any disturbance during the TrueNAC Voltage Drop Test.
Horns that are turned on are set to high volume. If Horns are on, the panel will perform two
passes one with horns on and one with horns off. This is done to enhance measurement
accuracy with A/Vs.
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TrueNAC Voltage Drop Test, Continued
Testing all
TrueAlert Power
Supply’s SLCs
3.
Testing each
TrueAlert Power
Supply’s SLC
Use the following procedure to test separately each of the TrueAlert Power Supply’s SLC lines.
Before you start this test, make sure you have already completed the procedure Accessing the
TrueNAC Voltage Drop Test.
Press the ENTER key on the Entry keypad. If the test is successful, the following message
displays.
1.
Press the Next key on the Display/Action keypad. The following message displays.
2.
Press the ENTER key on the Entry keypad. The following message displays:
3.
Use the Next and Previous keys on the Display/Action keypad to change the SLC channel.
4.
Press the ENTER key on the Entry keypad. The following message displays:
5.
To turn the horn on or off before performing the TrueNAC Voltage Drop Test, use the Next and
Previous keys to set the horn state.
Note:
The horn can be turned off to prevent any disturbance during the TrueNAC Voltage Drop Test.
Horns that are turned on are set to high volume. If Horns are on, the panel will perform two
passes one with horns on and one with horns off. This is done to enhance measurement
accuracy with A/Vs.
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TrueNAC Voltage Drop Test, Continued
Testing each
TrueAlert Power
Supply’s SLC
6.
The TrueNAC
Report
A TrueNAC status report can be generated and displayed by the panel with the completion of the
TrueNAC Voltage Drop Test.
Press the ENTER key on the Entry keypad. If the test is successful, the following message
displays:
Sample reports are shown below.
TrueNAC Report
Samples
Example of a successful single-channel test:
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TrueNAC Voltage Drop Test, Continued
TrueNAC Report
Samples
Example of a failed single-channel test:
Example of a successful test with an old HW version for TPS 3:
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TrueNAC Voltage Drop Test, Continued
TrueNAC Report
Samples
Example of an aborted (incompatible device problem) test:
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Disable IDNET CO Algorithms
Overview
The Disable IDNET CO Algorithms is one of the options available under the Diagnostics menu, at the
front panel of the 4010ES. When choosing this option, the technician ensures that the CO sensors will
get a testing threshold downloaded and the CO over time is disabled. With the Disable IDNET CO
Algorithms option on, the technician can then proceed to test the devices with the WalkTest option
Enabled or Disabled. When the Disable IDNET CO Algorithms is entered, a trouble will be
generated. The trouble screen that will appear will look as follows:
Since all three possible sensors (photo, heat and CO) could be tested simultaneously, the LED on the
base will be used to give the technician an indication of the test result. The LED states and their
meanings are as follows:
•
LED OFF - No sensors have passed the test.
•
LED ON - At least one sensor has passed the test (If testing only one sensor this is the LED state
you'd expect if the test passed).
•
LED FLASHING - All sensors for this device have passed the test (Note: This could be 2 or 3
sensors depending on what type of CO combination device is configured. This state will not be
seen if only a single sensor is being tested).
Because the sensors can either be tested one at a time or by combining multiple technologies into a
single test, one can follow two similar approaches to complete the tests. and show the two flowcharts
denoting those approaches.
Figure 7-1. Testing a Single CO Sensor
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Disable IDNET CO Algorithms, Continued
Overview
Figure 7-2. Simultaneous Testing of Multiple Sensor Technologies
Disable IDNET CO With the WalkTest option disabled, the devices will bring in actual alarms at the panel unless specific
Algorithms without custom control is written to prevent this.
WalkTest Enabled
Disable IDNET CO
Algorithms with
WalkTest Enabled
With the WalkTest option enabled, the devices won't go into alarm at the panel. Instead the device that
went over threshold will be coded out and a print message will be generated to show that it passed a
functional test.
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579-969
Rev. C
© 2011-2016 SimplexGrinnell LP. All rights reserved. Specifications and other information were current as of publication and are subject to change without notice.
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